Sentence examples for design actions for from inspiring English sources

However, the mostly qualitative nature of the guidelines for ground categorisation provided by EAK and the general lack of systematic, site-specific geotechnical data for the whole area induce uncertainties in the definition of the seismic design actions for the different zones.

At ambient temperature, design actions calculated for a beam under lateral loading may remain unchanged irrespective of whether axial restraints at the beam's ends are present or not.

The proposed approach aims to create a collection of the disassembly knowledge coming from dismantling centers as a repository for design actions oriented to End-of-Life.

The determination of wind loads, other actions and load combinations are briefly presented, based on a critical analysis and synthesis of available research results on the aerodynamic and airflow characteristics of nets and the special characteristics of the net-structural systems and on appropriate adaptation of relevant standards for design actions, when available.

Q Ed and M Ed are calculated according to the capacity requirements for the foundation overstrength, which calls for seismic design actions on the foundation be substantially magnified (by as much as 40% in the case of a cantilever structure) in comparison with the actual seismic loads at the column base.

The solute chemistry of a river depends on constituents added through surface discharge as well as through atmospheric deposition, and data on these issues are important to uncover cross-domain carbon linkages and to design action plan for integrated river basin management (IRBM).

In this project, the "UM scan" diagnostic served as a starting point to understand the current situation and to develop an UM quantification project able to pilot a design action plan for sustainably redeveloping the area in 2034 (Gladek et al. 2015).

A wind load code has to provide information on the appropriate design wind actions for different purposes: the design of the cladding, the design of the support of the load bearing structure and the design of the load bearing structure itself.

The first three studies mentioned above focused on multiple stresses or hazards, and it is difficult to design community actions for multiple hazards.

The study provided stakeholders and policy makers with a rational approach and an operational tool to recognise the needs and design the actions for the specific endogenous potential of the investigated area.

Long-term data on these issues would help predicting future state of climate change drivers and have relevance from climate change perspective and for designing action plan for integrated river basin management.